A5020763388- Micro and Nano Robotics
- Microfluidic and Bio-sensing Technologies
- Cellular Mechanics and Interactions
- Molecular Communication and Nanonetworks
Indian Institute of Science Bangalore
2018-2020
Spatiotemporally controlled active manipulation of external micro-/nanoprobes inside living cells can lead to development innovative biomedical technologies and inspire fundamental studies various biophysical phenomena. Examples include gene silencing applications, real-time mechanical mapping the intracellular environment, studying cellular response local stress, many more. Here, for first time, internalization subsequent a system helical nanomotors driven by small rotating magnetic fields...
A rheological probe that can measure mechanical properties of biological milieu at well-defined locations with high spatial resolution, on a time scale faster than most processes, further improve our understanding how living systems operate and behave. Here, we demonstrate nanorobots actively driven in realistic ex vivo for fast measurements accuracy. In the various demonstrations magnetic nanobots as probes, report first direct observation internalization probes by cell, accurate...